It is of great significance to study gas hydrate because of following reasons.(1) Most organic
carbon in the earth reserves in the form of natural gas hydrate, which is considered as a …

Clathrate hydrates are crucial from the point of view of flow assurance and future energy
resources, as well as potential innovative and sustainable applications such as gas …

Freshwater is an indispensable source of life for human beings, while desalination is one of
the main ways of freshwater replenishment. Hydrate technology is considered to be a …

This paper presents the phase equilibria of quaternary CO2+ H2+ cyclopentane (CP)+ water
systems containing gas hydrates and proposes a staged-separation scheme based on the …

Cyclopentane (CP) forms sII hydrates, in which CP only occupies the large cavities. Small
gas molecules such as hydrogen and carbon dioxide can be encaged in the small cavities …

Hydrate-based hydrogen storage is a promising technology in the clean energy field. In this
study, propane was selected as the accelerator guest molecule for hydrogen storage in …

The processes of methane hydrate formation from 50 mass% water-in-oil emulsion from the
Mamontovskoe, Sovetskoe, Van-Eganskoe, and Vakhskoe oil deposits (East Siberia) were …

Clarifying the effect of asphaltene on hydrate formation and growth is of great significance to
the operation safety in deepwater petroleum fields. To investigate the influence of low …

The kinetics of formation of clathrate hydrates of methane was investigated in a water-in-oil
emulsion using high-pressure differential scanning calorimetry in the range 10–40MPa, at …

This chapter introduces nucleation of gas hydrates. Clathrate hydrate is, by definition, a multi-
component system that has at least two components of a guest gas and water. Nucleation of …